1～11 item / All 11 items
Optimal for safe drying and heat treatment of samples containing flammable organic solvents!
Air purging inside the control panel prevents the intrusion of explosive atmospheres such as solvents. Switches and motors are designed to be explosion-proof. Compatible with various heating methods (steam, thermal oil, hot water, etc.). Other customizations are also available.
A steam heating explosion-proof vacuum dryer with attractive low running costs.
The electrical instrumentation equipment features an air purge structure, while other devices are designed to be explosion-proof, allowing for the drying of volatile materials (simple explosion-proof specification). Safety is ensured by equipping the steam line with solenoid valves.
The upper door opens and closes with a motor. A crane can be inserted from above.
Large workpieces and heavy items that are difficult to load through the front door are loaded from above using a crane. The opening and closing of the loading door can be done safely, easily, and reliably with motor drive.
Achieving high airtightness even at high temperatures with the use of water-cooled silicone packing.
This is an inner chamber rectangular vacuum dryer capable of processing a large amount of samples with a maximum temperature of 500°C. The door sealing area is water-cooled. Gas replacement with N2 and CO2 is also possible. The operability and safety have been significantly improved with features such as an automatic leak valve and memory for program patterns. As this is a custom production model, please provide specifications such as dimensions.
N2 atmosphere and vacuum switching is possible. It also supports rapid cooling.
This is a vacuum dryer for processing materials for high-tech products such as rare metals and battery materials. It can switch to an N2 atmosphere. It is equipped with a stirring fan to improve temperature distribution accuracy and a cooling function (developed in-house) to reduce waiting time during workpiece extraction.
High-precision temperature distribution. A vacuum dryer using hot water as the heat source.
To enhance the accuracy of the temperature distribution in the vacuum dryer, temperature-controlled hot water is supplied internally through piping. By circulating hot water to each shelf, direct heat conduction to the workpiece is also possible.
Achieving a high-precision temperature distribution through uniform heating treatment with a 5-sided plate heater.
*An electric plate heater (air purge explosion-proof) is used as the heat source. It can be used with the existing infrastructure in the factory.
We can propose carts that fit the work and rack, as well as the shape of the main body.
It is suitable for drying large and heavy workpieces by setting them on a rack before loading them all at once. By using an external cart in combination with free rollers inside the tank as an option, heavy items can be loaded safely and securely.
Compatible with multi-tier shelves, observation windows, etc.
A large vacuum dryer is equipped with a cold trap. The selection of the refrigeration unit allows for cooling down to -30°C (refrigerator). The vacuum pump is selected based on the volatile components from the workpiece. An N2 charge structure is also available as an option.
We can propose a dryer that is perfect for special works that cannot be handled by door-type machines.
This is a special dryer designed to dry filament synthetic fibers. The filament fibers passed through the slitter on both sides of the device are dried using upward flow air. Temperature control is possible in three zones.
Compared to our conventional products, we have achieved a drying rate that is almost twice as high under the same temperature conditions, and a reduction in drying time to less than half!
"Isn't it possible to create a more efficient vacuum dryer...?" The answer lies in "high radiation"! Compared to our conventional products, we have achieved a drying rate that is more than double under the same temperature conditions, and reduced the drying time to less than half. In a vacuum environment, heating through convection is not possible, so the heating methods are conduction or radiation. Achieving high radiation under vacuum means that heating can be done quickly, leading to significant cost reductions. By applying our unique groundbreaking special processing (patent pending) to the heat source section of the vacuum dryer, we have successfully increased the radiation heat in a vacuum, and it has been confirmed that the heat absorption of the workpiece has significantly improved. Our technology can be applied to any model of our vacuum dryers, and comparative testing with test machines is also possible.
